Flying Bots Spot Paradrop Targets With Hacked AR Code

Computers & Mobile Craft & Design Robotics
Flying Bots Spot Paradrop Targets With Hacked AR Code

The clever designers at Chicago’s Tanagram adapted code developed to recognize those little black-and-white augmented-reality markers (“fiduciary markers”) for target acquisition on a DARPA-funded robot that can autonomously deliver humanitarian aid and other supplies to 20′ square markers unrolled on the ground.

Whatโ€™s great about fiducial marker tracking technology is that it is pre-built to handle the marker being viewed at ANY angle (including nearly flat) in the crappiest of lighting conditions. A marker does not have to be smack in front of the camera to be recognized. Another added bonus is that it is easy to embed a two-dimensional barcode within the marker.

Their system can recognize 64 distinct markers, which opens up the possibility, for instance, of delivering particular types of supplies to particular places in a refugee camp. [Thanks, Joseph!]

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I am descended from 5,000 generations of tool-using primates. Also, I went to college and stuff. I am a long-time contributor to MAKE magazine and makezine.com. My work has also appeared in ReadyMade, c't โ€“ Magazin fรผr Computertechnik, and The Wall Street Journal.

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